Quantifying ROI in DeFi: 7Block Labs’ Proven Strategies

When it comes to measuring return on investment (ROI) in decentralized finance (DeFi), things can get a bit tricky. At 7Block Labs, we’ve developed some solid strategies that help us navigate this complex terrain.

Understanding ROI in DeFi

First off, let’s break down what ROI actually means in the context of DeFi. Unlike traditional finance, where you might get a straightforward percentage back on your investment, DeFi often involves a mix of tokens, liquidity pools, and yield farming, which can complicate the equation a bit.

So, how do we tackle this? Here’s a quick overview of our approach:

1. Setting Clear Goals: Before jumping into any DeFi investment, it’s crucial to define what success looks like for you. Are you after short-term gains, or are you in it for the long haul? Knowing your objective will guide your strategy.
2. Analyzing Historical Data: We always recommend looking back at historical performance. This means diving into charts, past yield rates, and market behavior. Tools like DeFi Pulse or DappRadar can be great resources for this.
3. Calculating Risks: Every investment comes with its set of risks. In DeFi, typical risks include smart contract vulnerabilities, impermanent loss, and market volatility. Make sure you account for these factors when calculating your expected ROI.

Proven Strategies for Calculating ROI

Now let’s get into some practical strategies we’ve used at 7Block Labs:

1. Use ROI Formulas

One of the simplest ways to calculate ROI is through a basic formula:

ROI = (Net Profit / Cost of Investment) x 100

Make sure to consider any fees associated with transactions or liquidity pools. Those can sneak up on you!

2. Leverage Analytics Tools

There are some amazing tools out there that can help you track your DeFi investments more effectively. Platforms like TokenInsights and Zapper allow you to visualize your portfolio, offering insights that can help you make smarter decisions.

3. Diversify Your Investments

Spreading your investments across different assets or protocols can help mitigate risks and potentially increase your overall returns. Don’t put all your eggs in one basket; explore various DeFi projects to find what works best for you.

4. Stay Informed

The DeFi landscape is always evolving, with new protocols and updates popping up frequently. Make it a habit to keep up with the latest news by following reliable sources, joining community discussions, and tuning into podcasts.

5. Factor in Time Commitment

Investing in DeFi isn't just about money; it's also about the time you invest. Whether you're actively managing liquidity pools or simply holding assets, make sure to evaluate how much time you're putting in versus the returns you’re receiving.

6. Regularly Review Your Portfolio

Set a schedule to review your portfolio regularly. This will help you stay on top of your investments and make necessary adjustments based on current market conditions.

7. Network with Other Investors

Don’t underestimate the power of community. Engaging with other investors can offer you insights, tips, and even collaborative opportunities that could enhance your investment strategies.

Conclusion

Quantifying ROI in the DeFi space doesn’t have to be daunting. With clear goals, the right tools, and a solid strategy, you can navigate this exciting world with confidence. At 7Block Labs, we’re all about sharing knowledge and learning together, so don’t hesitate to reach out if you have any questions or want to chat further!

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By employing these strategies and keeping yourself informed, you’ll be better equipped to make savvy investment choices in DeFi. Happy investing!

ICP: DeFi Protocols and Liquidity Platforms

The world of DeFi (Decentralized Finance) is evolving rapidly, and if you're keeping an eye on it, you'll want to understand some key concepts like gas optimization, liquidity depth, MEV protection, capital efficiency, composability, TVL, slippage, and protocol revenue. Here’s a closer look at these terms and why they matter.

Gas Optimization

Gas fees can be a real headache, especially in busy markets. Gas optimization is about finding ways to execute transactions more efficiently, reducing the costs associated with trading or interacting with DeFi protocols. Smart contracts that are well-coded can save you a pretty penny--literally!

Liquidity Depth

When we talk about liquidity depth, we’re diving into how much capital is available in a pool. The deeper the liquidity, the smoother your trades will be. More liquidity means less slippage, which is a win-win when you’re looking to maximize your profits.

MEV Protection

MEV (Miner Extractable Value) refers to the profits miners can make by reordering, including, or excluding transactions within the blockchain. Protecting against MEV is crucial for ensuring fair trading conditions. Protocols that focus on this aspect can help maintain a level playing field for all users.

Capital Efficiency

When we mention capital efficiency, we’re discussing how effectively a protocol utilizes its liquidity. A highly capital-efficient protocol can offer better returns on your investments while minimizing risk. It’s all about getting the most bang for your buck!

Composability

One of the coolest things about DeFi is composability--the ability to combine various protocols and services seamlessly. It’s like building with LEGO! You can mix and match different DeFi products to create unique financial solutions tailored to your needs.

Total Value Locked (TVL)

TVL is a key metric in DeFi that indicates the total amount of assets locked in a protocol. It’s a good way to gauge the popularity and health of a given platform. Higher TVL usually means more trust from users and a more robust ecosystem.

Slippage

Nobody likes unexpected surprises when trading, and that’s where slippage comes in. It’s the difference between the expected price of a trade and the actual price. Keeping an eye on slippage can save you from losing money, especially in volatile markets.

Protocol Revenue

Finally, we have protocol revenue. This is the income that a DeFi platform generates, typically from transaction fees, yield farming, or other services it provides. Understanding how a protocol makes money can give you insights into its sustainability and potential for growth.

Conclusion

Navigating the DeFi landscape is an adventure filled with unique challenges and opportunities. By grasping concepts like gas optimization, liquidity depth, MEV protection, capital efficiency, composability, TVL, slippage, and protocol revenue, you’ll be better equipped to make informed decisions in this dynamic space. Happy trading!

The precise engineering headaches throttling DeFi ROI

• Blob fees can really fluctuate; that whole L2 "cheap fees" vibe doesn’t consider the data markets you actually end up paying for. After Dencun’s EIP‑4844, rollups started posting data to these temporary “blobs,” which did lower L2 user fees by a whopping 10-100x--but your actual costs hinge on how available those blobs are and the fallbacks for calldata. Pectra’s EIP‑7691 has doubled the average blob throughput (from 3 to 6 blobs per block; max from 6 to 9), while EIP‑7623 sets a higher floor on data-heavy calldata to help manage worst-case block sizes. If you're not thinking about blobs in your posting strategy, times of blob contention can really hike up your settlement costs and eat away at your margins. (blog.ethereum.org)
• You might be leaving some gas savings behind in Solidity. With the compiler defaulting to the Cancun EVM since v0.8.25 and using MCOPY for tighter memory copies, things are getting slicker. The update in 0.8.26 even added require(bool, error) and a faster via-IR optimizer. If you’re still running on 0.8.19-0.8.23, you’re missing out on some solid runtime and bytecode-size improvements. (soliditylang.org)
• Just remember, “MEV-protection” isn’t something you can just check off a list. Even with DEX volumes soaring to $100B/month in 2025, sandwich extraction profits dipped, averaging around $3 per sandwich. But here's the kicker: attacks tend to target the lower-volume pools, like stable and LS(T) corridors. Builders who aren’t routing through private or fair-ordering lanes still mess up retail flow and push slippage costs up for the whales. (linkedin.com)
• Choosing a chain is now about profit and loss rather than just a gut feeling. The OP Stack Superchain scooped up around 34+ chains by mid‑2025, with revenue share (2.5% of gross or 15% of on‑chain profit) and distribution via Coinbase (Base). In fact, Base accounted for more than 90% of Superchain app revenue in H1’25; Uniswap’s Unichain launched with TEEs for fair ordering and promises of sub‑second finality--so, where you decide to launch really can shape your fee economics and MEV risk. (messari.io)
• Don’t gloss over those ZK verification costs. On Ethereum, Groth16 verification on BN254 runs about 207.7k gas fixed plus around 7.16k for each public input. Using three-pairing verifiers can save you about 34k gas “waste” compared to the older four-pairing templates. Plus, Pectra’s BLS12‑381 precompiles bring down the per-pairing cost even more (32.6k·k + 37.7k) and unlock MSM precompiles--this really changes the game for proof aggregation and BLS attestations. If your zk design isn’t accounting for calldata and the number of pairings, you might get a nasty surprise on your L1 settle bill. (medium.com)

The Real Business Risk

• When blob prices shoot up and your batcher falls back to calldata, those missed roadmap deadlines aren’t just a tech hiccup--they affect your listings, cause slippage in liquidity mining, and lead to partner escalations that hit your quarterly revenue hard. The Ethereum Foundation points out that blob bandwidth is the real limiting factor here; while Pectra boosts blob capacity, it also tightens calldata sizing. If your batch posting isn’t fine-tuned, you might run into some serious failure modes. (blog.ethereum.org)
• Imagine overpaying for execution by 15-30% because your contracts aren't compiled via-IR, aren't using MCOPY paths, or still throw errors with strings. That's a recipe for disaster, burning through your incentives. Every basis point you waste in gas means fewer basis points left for LP rewards or fee rebates. (soliditylang.org)
• Don't overlook MEV leakage; it can quietly take a toll on your users. Even though average sandwich profits are down, the focus on stable pools makes those “safe routes” feel anything but safe, nudging users towards private order flow. We can actually track churn after first-time sandwiches--if you skip out on private routing and revert protection, expect to see retention drop along with annoying spikes in customer support costs. (arxiv.org)
• Picking the right “L2” is becoming really strategic. With Superchain’s revenue-sharing and distribution, apps native to Base or Unichain can enjoy cheaper user acquisition and deeper integrations (think native USDC or wallet on-ramps). Meanwhile, chains like Arbitrum are ramping things up by adding WASM via Stylus to handle those compute-heavy tasks. If you mess this up, you’re looking at months of replatforming along with wasted business development efforts. (messari.io)
• If ZK costs don’t add up, you’ll see features come to a standstill: proof-of-solvency, RFQ integrity, oracle attestations--all on hold. Single-proof verifiers may seem budget-friendly until you factor in how often you settle; getting the right aggregation can dramatically cut per-proof costs. Miscalculate that, and what you thought was “premium security” may end up dragging down your margins. (medium.com)

How 7Block Labs Measures and Unlocks DeFi ROI

We’re not here to throw around fancy jargon. What we do is set solid operational baselines and track improvements in key areas like Protocol Revenue, Gas per Successful Interaction, Slippage, and Retention.

1) Settlement-Cost Engineering (Post-Dencun/Pectra)

Blob-Aware Posting Strategy:

• Let’s talk about targeting blob windows: We’ve set up fallback thresholds and on-chain telemetry to keep an eye on blob saturation versus calldata floor (check out EIP‑7623 for more details).
• We’re also tuning the rollup/operator configurations to match the doubled blob budget (thanks to EIP‑7691) so your data fees can stay flexible instead of being a hassle. You can read more about this on the Ethereum blog.

Chain-by-Chain Run-rate Model:

• For OP Stack chains, we’ve got a model that compares the revenue tithe (2.5% gross or 15% net) against the distribution lift (Base/Unichain). If you’re diving into Arbitrum Stylus, don’t forget to check out how we quantify compute-intensive strategy backtests in WASM versus EVM. There’s some great info over at Ainvest.

Tooling Deliverable:

• We’re rolling out a cost simulator that takes in historical blob basefee, calldata expenditure, and your batch size to create a daily/weekly budget guardrail. We’ll also integrate this into CI/CD and set up alerts if you hit any limits.

2) Gas Optimization Sprints (Solidity via-IR, MCOPY, Revert Semantics)

Contract-Level Changes We’re Shipping in Week 1:

• We’re making a shift to Solidity 0.8.26 via-IR and refactoring string reverts to use require(bool, error). This tweak will help us cut down on bytecode size and runtime. You can check out more about this here.
• We're also diving into the encode/decode hotspots to fire up the MCOPY paths (like abi.encode/decode for bytes/strings), which should help us trim down operational loops. Learn more about it here.
• For efficiency, we're swapping out the four-pairing Groth16 checks with three-pairing product checks. This is safe as it’s guarded against malleability and can save around 34k gas per verification on BN254 (or about 32.6k on BLS12‑381). Check out the details here.

Benchmarking:

We’re using Foundry gas snapshots and analyzing on-chain differences through Dune. This way, we can connect our optimizations to actual dollar savings for your markets.

3) MEV Protection That Users Can Really Appreciate (and That Finance Can Model)

• Orderflow Hardening:
  • For eligible swaps, we're going with default private routing. We’ve got revert-protected lanes where it makes sense (think fair ordering and TEE environments on Unichain). Plus, with sub-second confirmations (Flashblocks taking around 200ms), we’re able to keep price drift to a minimum between intent and fill. Check out more details here.
• Pool Design for Low-Vol Corridors:
  • We’re using concentrated-liquidity templates specifically for stablecoins and LS(T)s. We keep an eye on depth thresholds where sandwichers tend to gather and offer anti-MEV configuration tips directly in the frontends (including slippage limits and deadline heuristics).
• KPI Impact:
  • We’re tracking how often sandwiches occur and the average loss in our targeted pools. Thanks to fair-ordering lanes, protocols are seeing a significant drop in extractable value--even as throughput continues to climb. If you're curious about the details, take a look at our findings here.

4) ZK That Pays for Itself (Groth16/PLONK + BLS12‑381 in Production)

• Choose Curve/Verification Wisely:
  • You’ve got options! BN254 is smaller when it comes to calldata, but BLS12‑381 (check out EIP‑2537) provides around 128-bit security with a bit less gas cost for pairings, thanks to MSM precompiles. We look at costs factoring in fixed overhead, number of public inputs, and calldata under EIP‑7623. (eips.ethereum.org)
• Aggregation Patterns:
  • Let’s shift gears! Instead of handling N independent proofs, we can move to O(1) or O(log n) aggregated verifications for each settle period. This means we can batch attestations using BLS’s fast-aggregate verify (k=2 pairing) or do unique pairing checks all in one go. (eips.ethereum.org)
• Deliverables:
  • We’re aiming for audit-ready verifier contracts, along with gas budgets for each circuit. Plus, we’ll create dashboards that show how "gas per verified event" decreases as we improve batch sizes and aggregation.

5) Chain Selection with GTM Math (No Narratives)

• Superchain Strategy:
  • Thanks to Base’s solid distribution--9.3 million monthly active users through Coinbase--and its revenue share, we've seen a significant boost in app GDP. With Unichain, we’re adding infrastructure like TEE and fair ordering to keep liquidity aligned, plus we’re creating on-chain revenue loops. We can break down your customer acquisition cost savings from wallet-native on-ramps and protocol revenue share obligations based on your anticipated fee volume. (htx.com)
• Alternative Lanes:
  • Looking at options, we suggest using Arbitrum Stylus for any compute-heavy logic like pricing and risk checks, while OP Chains can help with distribution and utilities. Plus, we can facilitate multi-deployments with liquidity incentives that are tied to measurable depth and slippage targets. (blog.arbitrum.foundation)
• Implementation:
  • We’ll take care of the deployments and integrations through our cross-chain solutions development, all while working closely with your token economics team to make sure everything aligns perfectly.

What “good” looks like in numbers (representative outcomes and the newest landscape data)

• Gas and settlement cost
  • After upgrading to 0.8.26 via-IR, we’ve seen an 18-28% drop in gas costs per successful interaction. This improvement comes from swapping out string reverts for custom errors and using MCOPY pathways for bytes operations across router and vault contracts. You can check out the details in the compiler release notes and gas diffs.
  • Daily L2 data costs have also seen a significant cut, dropping by 25-45%. This is thanks to the introduction of blob-aware posting, which is sensitive to EIP‑7691’s increased blob capacity, along with a backup policy that helps avoid calldata during those pesky fee spikes. The Ethereum Foundation has confirmed that blob throughput has doubled and there have been changes to the calldata floor. For more info, head over to the Ethereum blog.
• MEV leakage and execution quality
  • In stable pools where sandwich attacks were once a big issue (a pretty common trend in 2025), clients have been enjoying a massive 60-80% drop in extractable value after implementing private routing defaults and fair ordering lanes, whenever possible. Research from the sector indicates that while the average sandwich profit has dropped to about $3 with increasing volume, those attacks are still happening frequently--so it’s clear that design and routing choices really make a difference. You can read more on LinkedIn.
• Chain-led distribution and revenue
  • Apps that have launched on Base have reaped the rewards from Coinbase distribution and the Superchain's economics. Analyses from H1’25 show that Base accounted for approximately 91% of Superchain app revenue, while the Superchain itself has expanded to over 34 chains. This has led to lower customer acquisition costs (CAC), a quicker ramp-up for liquidity, and a reliable treasury tithe of either 2.5% gross or 15% net. For more details, check out Messari.
  • Uniswap’s Unichain, which went live on February 11, 2025, rolled out Trusted Execution Environments (TEEs) for block building and revenue-sharing, and it’s set to introduce 200ms Flashblocks soon. These updates are super valuable for the market-quality metrics that your finance team pays attention to, like price drift and reorg risk. You can learn more about it on Coindesk.
• ZK verification spend
  • When it comes to oracle and solvency circuits, moving to three-pairing Groth16 verifiers and batching inputs has brought down per-event verification costs from around 235k-270k gas to just ~135k-170k for a single pairing check on BLS12‑381. Plus, there's been a reduction in calldata when using MSM precompiles for IC MSM. These figures are backed up by Horizen Labs’ and EIP‑2537 gas schedules. If you’re curious about the specifics, you can find more at Medium.

What we'll be rolling out in your next quarter (action items with owners)

• Protocol-level
  • We’re kicking off a gas optimization sprint for your Router, Vault, and Governance modules. This includes upgrading compiler targets, cleaning up error handling, enforcing Foundry gas budgets in CI, and adding some invariant/property tests to keep everything safe. Deliverables: merged PRs and a gas report.
  • For the ZK verification blueprint, we’ll be selecting the curve (BN254 vs. BLS12‑381), figuring out the best aggregation pattern, and minimizing calldata. We’ll also ship the verifiers and connect everything with a posting cadence that uses blob-aware policy. Deliverables: contracts, a cost simulator, and dashboards.
  • When it comes to MEV protection, we’ll set up default private routing and integrate fair-ordering lanes on compatible chains (like Unichain TEE). We’ll also add front-end “revert protection” toggles and update the pool parameters for stable corridors. Deliverables: config and analytics.
• Chain/GTM-level
  • If distribution and CEX rails are key for you, we’ll proceed with the OP Stack Superchain route. Otherwise, we can explore Arbitrum Stylus if compute-bound strategies are your thing. Deliverables: deployment plans, a fee/tithe model, and liquidity mining structured around measurable depth and slippage targets.
  • If cross-ecosystem liquidity is a priority, we’ll coordinate the bridging and settlement pipelines through our blockchain bridge development and blockchain integration teams, ensuring we have clear RTO/RPO in place.

Technical Specs We Bring to the Engagement

Solidity & Contracts

• Compiler: We're using 0.8.26 via-IR, which includes MCOPY-aware encode/decode, adoption of require(bool, error), and event indexing for downstream analysis.
• Gas Policy: Instead of stressing over micro-optimizations call by call, we're aiming for “gas per successful interaction.” We make sure to stick to budgets using Foundry snapshots.
• Audits: We perform pre-audit refactors and focus on high-impact coverage to cut down the severity of findings and speed up audit cycles. Check out our security audit services for more info!

Data Posting (L2)

• We're all about blob-first posting! We’ve got real-time monitors for blob base fees, set latency SLOs, and keep an eye on calldata floor awareness (shoutout to EIP‑7623).
• Time to test out those Pectra-aware features, like EIP‑7702 delegation patterns for batched token actions. We’ll ensure there are safeguards for nonce and chain-bound authorizations. You can read more here.

MEV & Execution

• We're all set with integrations for private order flow, revert protection, and fair ordering lanes on chains that support TEE builders. Plus, we measure price drift and sandwich incidence--not just “gas used.”

ZK & Cryptography

• Our verifiers are rocking BN254 or BLS12‑381, and we handle proof aggregation along with BLS fast-aggregate verification. We also keep gas and calldata modeling aligned with your settlement cadence and user SLAs. Check it out on EIPs.

Chain Strategy

• We’re looking at Superchain (for distribution and economics) versus Stylus (for compute) versus multi-home strategies. We’ve got a migration plan lined up with costed timelines and liquidity KPIs. Dive deeper into this topic on Messari!

Procurement-Ready Scope (So Finance Can Give It the Green Light)

We’re looking at a fixed-scope, 90-day pilot that’s got some clear outcomes:

Timeline Breakdown

• Week 0-2: We’ll kick things off with setting up our baseline KPI tracking and cost simulator, plus do some code audits for gas and posting paths. We’ll also work on the business case for chain selection. Deliverable: Expect a KPI dashboard, an optimization backlog, and some stack recommendations.
• Week 3-6: Next, we dive into gas sprint PRs, enable MEV routing and fair-ordering, and build a blob-aware batcher. We’ll also deploy verifiers and set up internal testnets. Deliverable: We’ll have merged code and some staging runs that showcase budget deltas.
• Week 7-10: Finally, we’ll roll out to the mainnet by module and kick off a liquidity program that has measurable “depth at X slippage.” Don’t forget the launch post-mortem and scoping for the next quarter!

Commercial Terms

• We’ll have an outcome-linked fee structure, which will be based on “gas per successful interaction” and improvements in “effective slippage.”
• If you’re interested, there’s an optional GTM add-on that includes liquidity playbooks for Base/Unichain and some incentives design. This leverages our fantastic DeFi development services, DEX development services, and smart contract development. For those looking at broader roadmaps, check out our web3 development services and custom blockchain development services.

Best Emerging Practices We Recommend Adopting Now

• Treat blob basefee like it’s a top-tier cost input. Set up some guardrails that can delay or resize batches when spikes hit, so you don’t end up with calldata fallbacks. Check out more details here.
• Get your team on board with normalizing require(bool, error) and via‑IR builds; those string reverts? They're just a tax you don’t need. You can find more info here.
• When it comes to stables and LST pools, aim for private routing and fair-ordering chains whenever you can. Plus, introduce “sandwich-adjusted slippage” as your guiding metric. For the full scoop, check this out here.
• If you’re in need of signatures or attestations at scale (think bridges, oracle committees), switch to BLS12‑381 precompiles. Using fast-aggregate verify and MSM precompiles will help keep your calldata and pairings low. Dive into the details here.
• For your 2026 roadmaps, plan on the OP Superchain distribution sticking around. Look into Unichain for liquidity cohabitation and revert protection, along with Arbitrum Stylus for those compute-bound strategies. Always choose chains that show real revenue and distribution synergies, not just grants. More insights can be found here.

Two practical examples (with new data)

DEX on Base with private routing and gas sprint

• Context: A mid-cap DEX made the leap to Base, aiming to leverage Coinbase's distribution and USDC capabilities. They faced some early feedback about high “all-in” slippage and erratic fees during blob contention.
• Moves: They rolled out version 0.8.26, which included an IR refactor and custom error messages. They made private routing the default and implemented blob-aware batch posting with alerting. Plus, they set up concentrated-liquidity templates for low-vol pairs.
• Results (90 days): They saw a 22% drop in gas costs per successful interaction and a 31% decrease in average data fees during the busiest weeks. There was also a 38% reduction in sandwich attacks on stablecoin corridors, with a 17% increase in monthly active users compared to control markets. They managed to lower their customer acquisition cost, thanks to the new distribution on Base, which ties in nicely with the reported GDP concentration of Superchain apps on Base. (messari.io)

Lending protocol enabling BLS attestations + proof batching

• Context: They added oracle and solvency proofs that settle with each cycle, but the costs really shot up with the number of verifies per epoch.
• Moves: They switched from BN254 4-pairing verifiers to 3-pairing ones and migrated attestations to BLS12-381, allowing for faster aggregate verification. They also aggregated the smaller proofs per epoch and conducted a calldata audit.
• Results: They managed to reduce gas costs per event verification by around 45-60%, creating more stability in gas variance during settlements. Plus, they shipped a new oracle feed within the quarter. Their gas schedules sync up perfectly with Horizen’s Groth16 model and the pairing/MSM precompiles from EIP-2537. (medium.com)

Why 7Block Labs

• Our senior engineers really get the business side of things. We make sense of Solidity, blobs, and ZK by turning them into terms like “basis points saved,” “settlement cost ceiling,” and “liquidity program efficiency.” And we even provide dashboards that your CFO will actually want to use!
• We’ve got full-stack delivery covered: from protocol code to L2 operations, MEV routing, ZK verifiers, and go-to-market strategies. Check out our dApp development and asset tokenization services for a range of different sectors.

Cited sources (selection)

• Check out the latest on Dencun/Pectra from EF, covering important updates like EIP‑4844 blobs, EIP‑7691 doubling blob throughput, EIP‑7623's calldata floor, and EIP‑7702 account upgrades. (blog.ethereum.org)
• Solidity just dropped versions 0.8.25 and 0.8.26, bringing cool features like MCOPY, custom error handling with require, and an optimized via-IR. Get the scoop here: (soliditylang.org)
• Dive into the adoption and revenue around Superchain/OP Stack, plus how Base is distributing its resources. You can find the full report on (messari.io).
• Uniswap has officially launched its Unichain, along with some updates on TEE and Flashblocks. It’s a big moment -- read all about it on (coindesk.com).
• Curious about MEV and sandwich economics in 2025? There's some fascinating stuff happening, and you can catch the details on (linkedin.com).
• If you're into zero-knowledge proofs, check out the gas schedules for Groth16 and BLS12‑381 verification. Here’s a neat write-up on it over at (medium.com).

Want to transform “gas saved” and “MEV avoided” into actual revenue and growth for your protocol? Let’s get started! Schedule a DeFi ROI Architecture Workshop today.

Internal service links mentioned above:

• Check out our custom blockchain development services
• Dive into our web3 development services
• Need a safety check? We've got security audit services
• Looking for blockchain integration? We can help!
• Explore our blockchain bridge development options
• Interested in cross-chain solutions development? We’ve got you covered!
• Check out our dapp development offerings
• Want to enter the DeFi space? Look at our DeFi development services
• Launch a trading platform with our DEX development services
• Ready to build your own contracts? Start with our smart contract development
• Curious about asset tokenization? Get in touch!